Linked from

The 38 pages that link to Photoreceptor cell, each with the reason it gives.

• RetinaBroader topic: Rods and cones initiate retinal responses by detecting incoming photons.

• Visual acuityBroader topic: The spacing and properties of these cells constrain fine-detail detection.

• Cone cellNarrower topic: Cone cells are one specialized type within this broader class.

• Compound eyeRelated: Photoreceptors inside ommatidia transduce incoming light into neural signals.

• SensationBroader topic: Photoreceptors detect light, a stimulus that does not rely on mechanical contact.

• Olfactory receptorCompared with: Photoreceptors detect photons, whereas olfactory receptors bind chemical molecules.

• Optic nerveRelated: Photoreceptors begin the visual signal chain that ultimately reaches the nerve.

• MechanoreceptorCompared with: Photoreceptors transduce electromagnetic radiation rather than mechanical energy.

• Hair cellCompared with: Photoreceptors detect light, whereas hair cells detect mechanical displacement.

• Retinal detachmentRelated: Photoreceptors lose normal support when the retina separates from underlying tissue.

• Retinal ganglion cellRelated: Photoreceptors initiate the signals that eventually reach ganglion cells.

• PhototransductionNarrower topic: Rods and cones are the cells in which vertebrate phototransduction occurs.

• Retinitis pigmentosaNarrower topic: Rod and cone photoreceptors are the cells progressively lost in these disorders.

• Rod cellNarrower topic: Rod cells are one of the two principal photoreceptor types in the human retina.

• ChemoreceptorCompared with: Photoreceptors detect electromagnetic energy, unlike chemoreceptors' chemical stimuli.

• OpsinNarrower topic: Opsin is a photoreceptor protein, while the term also covers whole light-sensing cells.

• ElectroretinographyRelated: Photoreceptor activity generates much of the ERG’s initial negative response.

• Fovea (retina)Narrower topic: The fovea’s defining cells belong to this broader class.

• PhototaxisNarrower topic: Photoreceptors provide the light signal that guides phototactic movement.

• Color perceptionNarrower topic: Photoreceptors convert incoming light into neural activity that supports color vision.

• Mantis shrimpNarrower topic: Specialized photoreceptors underlie the shrimp’s broad range of spectral sensitivity.

• PhotophobiaNarrower topic: Photoreceptors begin the visual signaling process affected by incoming light.

• Docosahexaenoic acidBroader topic: DHA-rich membranes support the structure and function of these light-sensing cells.

• Visual systemBroader topic: Rods and cones provide the first neural response to light.

• LightBroader topic: Photoreceptors are the cells that capture light for vision and timing.

• Christine Ladd-FranklinRelated: Differences in retinal light sensitivity helped frame her account of color perception.

• Leber congenital amaurosisNarrower topic: These light-sensitive cells are impaired or lost in many forms of the disorder.

• Usher syndromeBroader topic: Usher-related retinal degeneration damages these cells, progressively reducing vision.

• Alström syndromeRelated: Progressive photoreceptor degeneration drives the syndrome’s vision loss.

• ChlamydomonasRelated: Photoreceptors in the eyespot system detect directional light.

• Human eyeBroader topic: Rods and cones translate photons into changes in cellular signaling.

• Black (color)Related: Weak light produces little photoreceptor activity, supporting the perception of black.

• Simple eyeNarrower topic: Simple eyes depend on photoreceptors, whether organized into a discrete organ or not.

• Human visionBroader topic: The transduction step where light first becomes a neural signal.

• Ocular Physiological PhenomenaBroader topic: Photoreceptors initiate the eye’s response to light.

• Ragnar GranitBroader topic: Granit’s measurements examined how retinal receptors respond to different wavelengths and light intensities.

• Sense organsBroader topic: Photoreceptors are specialized retinal cells, not complete sense organs by themselves.

• Stargardt diseaseBroader topic: Progressive loss of these cells accounts for declining visual function.